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Mill selection and process optimization using a physical grinding model

机译:使用物理磨削模型进行选厂和工艺优化

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A comminution result is determined by the number of stress events and the stress intensity. Against that, the comminution behavior of a mill is characterized by the frequency of stress events and the stress energy acting at each stress event. The product of stress number and stress energy is proportional to the specific energy input. The proportionality factor is the energy transfer factor which describes the percentage of energy which is used for stressing the product particles. Using the characteristic numbers based on a few tests, the operating parameters can be optimized. By comparing the mill characteristics with the breakage characteristics of the feed material, the performance of different mills and different operating states can be evaluated.
机译:粉碎结果取决于应力事件的数量和应力强度。与此相反,轧机的粉碎行为以应力事件的频率和在每个应力事件上作用的应力能量为特征。应力数与应力能的乘积与比能量输入成正比。比例因子是能量转移因子,它描述了用于对产品颗粒施加压力的能量百分比。使用基于一些测试的特性编号,可以优化运行参数。通过将磨机特性与进料的破损特性进行比较,可以评估不同磨机的性能和不同的运行状态。

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